This paper evaluates the electric current terms from the longitudinal gradient of the longitudinal electric field in Bipolar Field-Effect-Transistors（BiFETs） with a pure base and two MOS gates operating in the unipo...This paper evaluates the electric current terms from the longitudinal gradient of the longitudinal electric field in Bipolar Field-Effect-Transistors（BiFETs） with a pure base and two MOS gates operating in the unipolar（electron） current mode.These nMOS-BiFETs,known as nMOS-FinFETs,usually have electrically short channels compared with their intrinsic Debye length of about 25μm at room temperatures.These longitudinal electric current terms are important short-channel current components,which have been neglected in the computation of the long-channel electrical characteristics.This paper shows that the long-channel electrical characteristics are substantially modified by the longitudinal electrical current terms when the physical channel length is less than 100 nm.展开更多
基金supported by the CTSAH Associates(CTSA),founded by the late Linda Su-Nan Chang Sah.
文摘This paper evaluates the electric current terms from the longitudinal gradient of the longitudinal electric field in Bipolar Field-Effect-Transistors（BiFETs） with a pure base and two MOS gates operating in the unipolar（electron） current mode.These nMOS-BiFETs,known as nMOS-FinFETs,usually have electrically short channels compared with their intrinsic Debye length of about 25μm at room temperatures.These longitudinal electric current terms are important short-channel current components,which have been neglected in the computation of the long-channel electrical characteristics.This paper shows that the long-channel electrical characteristics are substantially modified by the longitudinal electrical current terms when the physical channel length is less than 100 nm.
